And since the term, (1/4)^(1/n), is irrational for all n > 2, the product of the far right side of equation eight is not a positive integer. This is a clear contradiction since we assume y is a positive integer.

Thus, the Fermat's Last Theorem is true! (May the great Fermat rest in peace...)

And since the term, [tex](1/4)^{1/n}[/tex], is irrational for all n > 2, the product of the far right side of equation eight is not a positive integer. This is a clear contradiction since we assume y is a positive integer.

Thus, the Fermat's Last Theorem is true! (May the great Fermat rest in peace...)